1701456

The Header, Male Pins system uses antimicrobial silver-ion impregnated contacts that reduce bacterial growth by 99.9% per ISO 22196. The smooth surfaces facilitate cleaning in OR environments while maintaining 10,000-cycle durability for movable C-arm connections.

Engineered for reliability, the PCB Pins - Right Angle options feature ceramic-insulated feedthroughs that withstand 1000 autoclave cycles at 134 C. This meets AAMI ST8 requirements for steam sterilization in reusable medical devices.

With 1.565" (39.76mm) options available, designers can optimize space utilization in portable ultrasound machines. The ultra-compact 7mm version enables 30% smaller footprints while maintaining 4kV isolation for patient-connected circuits.

Compatible with 0.039 ~ 0.118" (1.0 ~ 3.0mm) variations, the mounts adapt to both thin composite housings and thick stainless steel panels. The conductive coating provides 360 RF shielding for sensitive biosignal amplifiers in patient monitors.

The 2 arrangement supports redundant safety circuits in life-support equipment. The mirrored contact design provides dual-path reliability for critical ventilator control signals without increasing panel space.

The 2 Piece, Snap Lock incorporates radiopaque markers for X-ray equipment. The tungsten-loaded polymer housing provides clear imaging reference points while maintaining 50dB EMI shielding effectiveness per EN 60601-1-2 for MRI compatibility.

Precision 0.400" (10.16mm) spacing ensures proper creepage distances for BF-type applied parts. The medical-grade silicone insulation maintains >4000VAC isolation after 1000 disinfectant wipe cycles with isopropyl alcohol.

Rated for 300 V operation, the terminals exceed IEC 60601-1 defibrillation protection requirements. The arc-quenching channels safely dissipate 5kV test pulses without compromising adjacent circuits in crash carts.

The 66 A capacity utilizes medical-grade alloys that resist electrolytic corrosion in body fluid environments. Accelerated aging tests show <5% contact resistance change after 10 years simulated use in hospital-grade equipment.

The Green coding follows ISO 7010 safety standards for medical equipment. The non-absorbent surface finish resists staining from betadine and other antiseptics used in surgical environments.

The 1 single-plane construction minimizes eddy current losses in RF ablation generators. This design reduces heating by 40% compared to stacked terminals during 500kHz electrosurgical procedures.